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About

K. R. Anupama is a pioneering researcher in swarm robotics, modular robotics, and multi-UAV systems, whose work focuses on creating intelligent, reconfigurable robotic solutions for real-world challenges like disaster response and environmental monitoring. Her most impactful contribution is the development of a multi-UAV network for enclosing and monitoring disaster area boundaries (2022, 17 citations), a critical advancement for emergency management that enables autonomous, real-time perimeter surveillance. She also designed HexaMob (2017, 11 citations), a hybrid modular robotic platform that mimics biomimetic structures, allowing for flexible lattice and chain formations with distributed sensing—a breakthrough for coordinated, self-reconfiguring systems. Her DTTA framework (2017, 7 citations) addresses task allocation in swarm robots, enabling cost-effective, cooperative units to form patterns and accomplish missions beyond individual capabilities, such as search-and-rescue in fires or earthquakes. Additionally, Anupama developed FlexEye (2015, 4 citations), a flexible camera mote for sensor networks, and SQ-BOT (2016, 3 citations), a modular robot prototype for self-reconfiguring structures. Her work bridges theoretical robotics with practical, deployable systems, earning her recognition as a leader in autonomous, adaptive robotic collectives for critical applications.